Study on Surface Rendering of Casting during Solidification Process

Rong Ji  Liu Erli  Zhou Tietao

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Study on Surface Rendering of Casting during Solidification Process
- role： First author 第一作者
- Affiliation：
  Beijing University of Aeronautics and Aerospace,Beijing,China
Rong Ji Liu Erli Zhou Tietao
1 ,
- Affiliation：
  Beijing University of Aeronautics and Aerospace,Beijing,China
刘二莉
1 ,
- Affiliation：
  Beijing University of Aeronautics and Aerospace,Beijing,China
周铁涛
1
Issue 1, Pages: 22-23(2001)
Published： 2001 ，
DOI：

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[1]荣继,刘二莉,周铁涛.凝固过程中铸件表面绘制的研究[J].特种铸造及有色合金,2001(01):22-23+2.

Rong Ji Liu Erli Zhou Tietao. Study on Surface Rendering of Casting during Solidification Process. [J]. Special Casting & Nonferrous Alloys (1):22-23(2001)
[1]荣继,刘二莉,周铁涛.凝固过程中铸件表面绘制的研究[J].特种铸造及有色合金,2001(01):22-23+2. DOI：

Rong Ji Liu Erli Zhou Tietao. Study on Surface Rendering of Casting during Solidification Process. [J]. Special Casting & Nonferrous Alloys (1):22-23(2001) DOI：

Abstract

A display technique of surface rendering was developed in order to display the numerical simulation results of 3 D scalar field physical quantity of the whole casting during solidification process visually and precisely. The distribution of physical quantity of 3 D scalar field of casting surface can be observed visually using the technique to display the 3 D scalar field. The technique is applied to BUAA CAST casting process simulation system successfully.

transl

Keywords

Casting; Data Field; 3 D Scalar Field; Casting Process Simulation; Surface Rendering Display Technique

transl

摘要

为了更直观和准确地显示整个铸件各部位在凝固过程中各时刻的三维标量场物理量的数值模拟结果

设计了一种称之为表面绘制的显示技术。采用该技术来显示铸件各部位在凝固过程中各时刻的三维标量场

可以直观地观察铸件表面三维标量场物理量的分布情况。该技术已成功地应用于BUAA CAST铸造过程仿真系统中

用于显示铸件整体的各物理量数据信息。

Abstract

关键词

铸件数据场三维标量场铸造过程仿真表面绘制显示技术

Keywords

CastingData Field3 D Scalar FieldCasting Process SimulationSurface Rendering Display Technique

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An Approach to Calculated Formula for Minimum Section Area of Gating System of Non-ferrous Metal Casting

Study on Hydraulic Simulation and Numerical Simulation of Large Aluminum Alloy Casting

Lost Foam Casting for Motor Block Castings

Development Satatus and Future of Foundry Industry In China

The Achievement and Verification of the Optimum Temperature Gradient of Metal Casting without Shrinkage Porosity Defect

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